Whertec provides specialized thermal coatings called Tube Armor to protect metal substrates in power plants and industrial boilers from erosion and corrosion. Tube Armor forms a barrier between boiler tubes and slag deposits, increasing equipment lifespan and reducing unplanned maintenance outages. It can be applied quickly in a single shift during scheduled outages to cover large surface areas up to 20,000 square feet. Tube Armor has been proven effective at preventing slag buildup and improving efficiency, saving customers millions in maintenance costs and lost generation.
Technical Bulletin 0213 Polyisocyanurate vs. Cellular Glass InsulationJoe Hughes
This Technical Bulletin is another in our series of white papers aimed at providing our clients, engineers, specifiers, contractors, fabricators, and friends with objective information on our products and those of our competitors. This Bulletin focuses on a comparison of the physical properties of closed cell2 polyisocyanurate3 (polyiso or PIR) rigid foam insulation products with those of cellular glass insulation products for demanding below-ambient applications such as cryogenic, refrigerant, and chilled water where energy efficiency, moisture intrusion, and condensation are issues.
Customer Bulletin 0610 Polyisocyanurate vs. Cellular Glass InsulationJoe Hughes
This Customer Bulletin is another in our series of white papers aimed at providing our clients, engineers, contractors, fabricators, and friends with objective information on our products and those of our competitors. This Bulletin focuses on a comparison of the physical properties of closed cell polyisocyanurate (PIR or polyiso) rigid foam insulation with those of cellular glass insulation for below ambient applications such as chilled water through cryogenic application where moisture intrusion or condensation can be an issue.
Device packaging is one of the most critical aspects for protecting and ensuring long term stability of MEMS based sensors and actuators. High‐performance classes of devices require robust packaging solutions that enable long term stability under a variety of operating conditions.
SAES® Group is now offering a fully integrated MEMS vacuum packaging service that includes the getter deposition on the lid (PageLid), the hermetic sealing process, as well as the RGA and leak rate tests to verify vacuum levels. The use of state-of-the-art sealing equipment, operating in a class 100 clean room, enables the exclusive capability to deliver high quality standard services at competitive costs.
Read more about our packaging service visiting our website at: http://www.saesgetters.com/products/packaging-service.
PSC represents one of the most exhaustive range of sealing compounds from around the world that finds application in sealing steam and gas turbines, compressors, pumps, gearboxes, flanges and more.
Our approach to adding products is by industry interaction that allows us to get insights into the recurring problems the industry face and then looking for solutions that can address these
problems. With over 75 sealing products for almost all applications, we present from one
source the most comprehensive range of products to reduce downtime, improve productivity
and enhance safety.
Whether you are looking for a sealing compound for steam and gas turbines compressors, generators, pumps, motors, engines or gearboxes or any sealing application on the electrical
side for annular spaces in cables, fire dam sealing or just weather-proofing sealing of junction boxes. We have the most extensive range of products available to address all your sealing
needs.
In thick stone and brick masonry, and especially rubble-filled walls, Peter Cox can install a remedial damp proof course using their Elektro+ Osmotic System, the very latest in damp proofing technology.
Technical Bulletin 0213 Polyisocyanurate vs. Cellular Glass InsulationJoe Hughes
This Technical Bulletin is another in our series of white papers aimed at providing our clients, engineers, specifiers, contractors, fabricators, and friends with objective information on our products and those of our competitors. This Bulletin focuses on a comparison of the physical properties of closed cell2 polyisocyanurate3 (polyiso or PIR) rigid foam insulation products with those of cellular glass insulation products for demanding below-ambient applications such as cryogenic, refrigerant, and chilled water where energy efficiency, moisture intrusion, and condensation are issues.
Customer Bulletin 0610 Polyisocyanurate vs. Cellular Glass InsulationJoe Hughes
This Customer Bulletin is another in our series of white papers aimed at providing our clients, engineers, contractors, fabricators, and friends with objective information on our products and those of our competitors. This Bulletin focuses on a comparison of the physical properties of closed cell polyisocyanurate (PIR or polyiso) rigid foam insulation with those of cellular glass insulation for below ambient applications such as chilled water through cryogenic application where moisture intrusion or condensation can be an issue.
Device packaging is one of the most critical aspects for protecting and ensuring long term stability of MEMS based sensors and actuators. High‐performance classes of devices require robust packaging solutions that enable long term stability under a variety of operating conditions.
SAES® Group is now offering a fully integrated MEMS vacuum packaging service that includes the getter deposition on the lid (PageLid), the hermetic sealing process, as well as the RGA and leak rate tests to verify vacuum levels. The use of state-of-the-art sealing equipment, operating in a class 100 clean room, enables the exclusive capability to deliver high quality standard services at competitive costs.
Read more about our packaging service visiting our website at: http://www.saesgetters.com/products/packaging-service.
PSC represents one of the most exhaustive range of sealing compounds from around the world that finds application in sealing steam and gas turbines, compressors, pumps, gearboxes, flanges and more.
Our approach to adding products is by industry interaction that allows us to get insights into the recurring problems the industry face and then looking for solutions that can address these
problems. With over 75 sealing products for almost all applications, we present from one
source the most comprehensive range of products to reduce downtime, improve productivity
and enhance safety.
Whether you are looking for a sealing compound for steam and gas turbines compressors, generators, pumps, motors, engines or gearboxes or any sealing application on the electrical
side for annular spaces in cables, fire dam sealing or just weather-proofing sealing of junction boxes. We have the most extensive range of products available to address all your sealing
needs.
In thick stone and brick masonry, and especially rubble-filled walls, Peter Cox can install a remedial damp proof course using their Elektro+ Osmotic System, the very latest in damp proofing technology.
To resolve the problem of rising damp, Peter Cox install a remedial damp proof course using their DryWall Silane Diffusion system, the very latest in damp proofing technology.
PEEK or Polyetheretherket one is a semi-crystalline thermoplastic which is generally utilized as a part of designing applications. We can state that it is an awesome decision for seals. It is essentially required when the necessities lay outside the temperature scope of PTFE. It is perfectly suited in environments with temperatures between -70 F to 600 F and additionally it can't be influenced effortlessly by constant contact with steam and heated water. It is additionally harder than PTFE.
Project Sales Corp is pleased to introduce its sealing compounds range. We represent one of the most exhaustive range of sealing compounds from around the world that finds application in sealing steam and gas turbines, compressors, pumps, gearboxes, flanges and more.
1.0Monitor Oxygen Content continuously to save time and prevent bad welds
2.0 Enclose the volume to be purged as tightly as possible
without prejudicing the materials chosen or the weld itself
3.0 Use the correct materials to enclose the volume around
the weld, for best purging results.
4.0 Introduce your purge gas slowly and at the bottom of the
purge zone created
5.0 Wait until the oxygen level has stabilized at the reading you need
before you start to weld. Usually less than 0.1%
6.0 Keep the purge gas flowing until the material being welded has fallen
below the oxidation temperature
7.0 Cleanliness is so critical in obtaining a good weld purge
8.0 Purge tack welds to stop contamination getting into the main weld pool
9.0 Use a high quality of purge gas
10.0 Avoid supply pipe leaks to prevent air getting into the purge lines
The Challenges of Wastewater Structural Degradation and Mitigation Strategies A.W.Chesterton
A recent NACE sponsored report pegged the annual cost of corrosion in the water and wastewater sector in the USA as exceeding 36 billion dollars/year. Much of this has to do with the age of the infrastructure and the operating conditions it is exposed to, which have become significantly more aggressive than what the original design construction methods and materials are capable of handling. A specific area of focus will be on protective coating technologies, differentiating between the primary systems in use, and how to implement a protective coatings solutions-based approach to slowing or halting attack
SCL 50 is a modified acrylic coating which, when cured, will form a seamless membrane over all types of pitched roof surfaces.
SCL 50 has the benefit of being a cold applied material and may be used as a single or multi coat application.
SCL 50 can be used on the following surfaces: asphalt, felt, asbestos cement sheets, tiles and slates.
Read more: http://www.seamlesscoatings.co.uk/scl-50-smoothseal
To resolve the problem of rising damp, Peter Cox install a remedial damp proof course using their DryWall Silane Diffusion system, the very latest in damp proofing technology.
PEEK or Polyetheretherket one is a semi-crystalline thermoplastic which is generally utilized as a part of designing applications. We can state that it is an awesome decision for seals. It is essentially required when the necessities lay outside the temperature scope of PTFE. It is perfectly suited in environments with temperatures between -70 F to 600 F and additionally it can't be influenced effortlessly by constant contact with steam and heated water. It is additionally harder than PTFE.
Project Sales Corp is pleased to introduce its sealing compounds range. We represent one of the most exhaustive range of sealing compounds from around the world that finds application in sealing steam and gas turbines, compressors, pumps, gearboxes, flanges and more.
1.0Monitor Oxygen Content continuously to save time and prevent bad welds
2.0 Enclose the volume to be purged as tightly as possible
without prejudicing the materials chosen or the weld itself
3.0 Use the correct materials to enclose the volume around
the weld, for best purging results.
4.0 Introduce your purge gas slowly and at the bottom of the
purge zone created
5.0 Wait until the oxygen level has stabilized at the reading you need
before you start to weld. Usually less than 0.1%
6.0 Keep the purge gas flowing until the material being welded has fallen
below the oxidation temperature
7.0 Cleanliness is so critical in obtaining a good weld purge
8.0 Purge tack welds to stop contamination getting into the main weld pool
9.0 Use a high quality of purge gas
10.0 Avoid supply pipe leaks to prevent air getting into the purge lines
The Challenges of Wastewater Structural Degradation and Mitigation Strategies A.W.Chesterton
A recent NACE sponsored report pegged the annual cost of corrosion in the water and wastewater sector in the USA as exceeding 36 billion dollars/year. Much of this has to do with the age of the infrastructure and the operating conditions it is exposed to, which have become significantly more aggressive than what the original design construction methods and materials are capable of handling. A specific area of focus will be on protective coating technologies, differentiating between the primary systems in use, and how to implement a protective coatings solutions-based approach to slowing or halting attack
SCL 50 is a modified acrylic coating which, when cured, will form a seamless membrane over all types of pitched roof surfaces.
SCL 50 has the benefit of being a cold applied material and may be used as a single or multi coat application.
SCL 50 can be used on the following surfaces: asphalt, felt, asbestos cement sheets, tiles and slates.
Read more: http://www.seamlesscoatings.co.uk/scl-50-smoothseal
Individualizing Ovarian Stimulation Protocols for IVFSherInstitute
Have you experienced poor response to IVF medications? Been told you had "Empty Follicle Syndrome?" Had lots of eggs retrieved but very few fertilized? Experienced Ovarian Hyperstimulation Syndrome? All of these issues can be tied to or affected by your protocol of stimulation. Dr. Geoffrey Sher presents his approach to customizing ovarian stimulation based on 30 years' experience in the IVF field. He outlines a number of his stimulation protocols and discusses the factors that can cause IVF failure due to improper stimulation protocols.
Goel Scientific General information and introductionGoel Scientific
Borosilicate glass represents unmatched standardized glass for construction of plant
and piping in the chemical, dyestuff, food pharmaceutical, petrochemical industries. Its
steadily growing use is due to many advantages over conventional materials.
Discover the culprits behind chimney deterioration in our comprehensive blog post. Uncover the key causes that lead to chimney damage and learn how to prevent them. Protect your home and keep your chimney in top-notch condition with these essential insights.
With over a century of experience in the design, quality and installation of grain storage systems, Bentall Rowlands Storage Systems Limited is a leading UK manufacturer in complete storage and processing equipment for the agricultural and industrial markets.
COMPAQ Heat Shrink Rain Sheds are an essential component in ensuring the safety, protection, and reliability of your electrical network. Their unique features, including UV and weather resistance, high creep resistance, and anti-tracking properties, make them a preferred choice for various indoor and outdoor applications. The addition of the thermoplastic adhesive provides complete environmental protection and insulation for your cables, ensuring maximum efficiency and long-lasting service. If you require a reliable solution to ensure that your electrical network stays safe, then look no further than COMPAQ Heat Shrink Rain Sheds.
For more information write us info@compaqinternational.com or visit us at https://www.compaqinternational.com/heat-shrink-rain-sheds.php
#cablejoints #cable terminations #cableaccessories #powercableaccessories #coldshrink #heatshrink #cablejointingkits #cableterminations #premouldedcablejoints #makeinindia #straightjoints #cableterminationkits
An ideal flanged joint would consist of two, mirror-finish, perfectly flat
and parallel surfaces bolted directly together to create a leak-free seal.
However, manufacturing processes do not allow for perfect sealing surfaces.
Most flange faces have surface irregularities that cannot be sealed without
the use of some type of compressible, resilient material or a combination of
materials between them to seal the fluid being transferred. This is true
even for the most finely machined surfaces as a turbine flange where the
surface asperities can create a leak situation.
Project Sales Corp presents an exhaustive range of sealing and gasketing
material that can be used to effectively seal flanges and in many cases seal
leaks that can develop in operation and can be sealed in-situ without an
outage of the equipment. We stock gasketing compounds, jointing Compounds,
Flange Sealants, Thread Sealants, Pipe Sealants, Form-in-place RTVs, Turbine
Flange Sealing Compounds. Please see attached presentation for more details.
Regards
Anil Tiwari
Project Sales Corp
28, Founta Plaza I Suryabagh I Visakhapatnam 530020. AP I India
Phone No. +91-9866467276 I Web www.projectsalescorp.IN
1. Power.
WHERTEC’S COMPETITIVE ADVANTAGES
Dedicated Safety Management
Advanced Equipment Technology
Trained and experienced Personnel
Detailed Application Procedures
Quality Control and Assurance
Detailed On-Site Documentation and Reports
Call for a Custom
Quote Today -
1.800.207.6503
www.whertec.com
1543 Kingsley Avenue, Building 6
Orange Park, Florida 32073
FAX 904.213.8126
Since 1996, Whertec, Inc. has been dedicated to providing specialized thermal coatings
to protect metal substrates against erosion and corrosion for companies who have
boilers and pressurized vessels. Our purpose is to provide superior, comprehensive
services and resources to assure our clients achieve maximum operational utilization.
Whertec provides services across the U.S. and Canada.
Defend Your
2. Today’s power producers are under more heat and more pressure
than ever before. Staying competitive means your operation has to
run at peak efficiency with as few unscheduled shutdowns or work
stoppages as possible. As demand continues to grow, so do the
demands on your equipment. Preventive maintenance is, undoubtedly,
an integral daily task. Boiler and equipment downtime put all that at
risk… and the reality is it’s a matter of time before you’re faced with
costly outages, restorations or retrofitting of damaged components.
According to the International Energy Agency, slagging incidents cost
the global utility industry approximately several billion dollars a year
in reduced power generation and equipment maintenance. Can your
operation truly afford to shoulder even a fraction of this cost?
Despite their industrial application and heavy-duty appearance, tubes require exacting
care and maintenance. The reason is slag – the fine particulates that build up on tubes
to cause corrosion, erosion, leaks and other failures. Too much slag literally chokes a
boiler by restricting airflow. Once this happens, the specified air-to-fuel ratio no longer
applies, causing fuels burn improperly. And, if the fuel in question has high mineral
content, you also have the added safety challenges caused by clinker formation.
All of this is a normal side effect of generating energy. It happens with coal, low-sul-
phur coals, and alternative fuel sources. In fact, the ash chemistry of alternative fuels
often varies widely from coal, leading to serious problems in the early days of co-com-
bustion. This, coupled with the complex interaction between fuels and equipment,
makes the prediction of slagging and fouling very difficult. Even industry models cannot
foresee slag effects with 100% reliability.
Depending on the demands of your operation, it takes only a short time for slag to take
its toll. Output declines. A tube bursts or cracks. Or, in order to avoid these situations,
you have to schedule an unplanned outage to clear slag using water cannons or even
explosives... just so workers can safely mitigate the problem.
One way or another, you’re forced to address unexpected repairs.
You slow or stop work. You lose money.
»
Defend Against
Slag, Ash and
Volatile Deposits
with Tube Armor
TM
Ceramic Coatings
The Enemy:
Slag Deposits
Since 1996, we’ve seen more than our fair share of shutdowns due to slagging,
corrosion and erosion. And in that time, one thing has become absolutely clear:
minimizing slag and fouling problems ahead of time is crucial to your operation.
But solutions like soot blowers, heat flux sensors and sightglasses only help identify
problems once they are there. Thankfully, there’s Tube Armor – a simple solution that
actively works to prevent deposits from forming – and it can be applied quickly,
during a regularly-scheduled maintenance outage.
Tube Armor helps prevent slag from depositing on tubes and boilers with a proprietary spray-on ceramic coating. It is a non-porous,
non-reactive shield that resists ash, oxidation, erosion, iron sulfide corrosion, sulfur permeation and hazardous chemical byproducts.
Once applied, Tube Armor creates an inert, corrosion-resistant barrier between the slag and the tube surface, and it is heat rated up
to 1800•F. Additionally, Tube Armor also provides exceptional thermal management for lower furnace exit gas temperatures (FEGT),
an ideal benefit for all boilers, but especially those that may be operating at higher-than-designed conditions.
It goes on quickly.
It increases reliability and performance.
It effectively extends the life of your equipment.
It reduces downtime.
You win.
The Whertec Solution: Tube Armor
Besides its desirable characteristics of being non-porous, non-reactive
and thermally resistant up to 1800?F, Tube Armor also delivers the
unbeatable benefit of quick application.
We begin by grit blasting down to white metal. Then, after preparing
the surface, Tube Armor is applied one coat at a time until the
recommended or desired thickness has been met. The convenient
spray-on delivery system allows us to cover up to 20,000 square feet
in a single shift, making it an ideal task to perform during scheduled
maintenance outages.
Afterwards, Tube Armor will actually assist in your day-to-day
maintenance efforts. The most noticeable, of course, being the
enhanced output of your facility. At the same time, you’ll also be
enjoying safer working conditions due to a reduced risk of falling
slag deposits and clinker build up. Inspection teams also benefit
with better visibility on coated surfaces thanks to Tube Armor’s
distinctive green color, designed to offer high-contrast against
even small amounts of surface deposits.
Safe. Smart. Swift.
The Tube Armor Process
TUBE ARMOR IS PROVEN EFFECTIVE ON:
PULVERIZED-COAL-FIRED BOILERS
CIRCULATING FLUIDIZED BED BOILERS
WASTE-TO-ENERGY BOILERS
WASTE HEAT UNITS
SUPERHEATER AND/OR REHEAT TUBES
AIR PREHEATER BASKETS
BACK PASS AREAS
BURNERS
NOSE-ARCH AND SLOPE TUBES
WATER WALLS
CHUTES AND DUCTS
TUBE ARMOR CERAMIC COATINGS OFFER:
» Protection against slag build-up, deposits
and friction
» Longer service life of your equipment
» Non-reactive sealing of exposed surfaces
» Better heat transfer than typical
protective coatings
» Fast, on-site application of up to 20,000
square feet in a single day
» Enhanced fuel consumption rates
» Customized formulas and thicknesses
up to 20 mils
» Reduction in emission of CO2, NOx
and particulates
» Reduces reflective fly ash adhesion
(PRB coal)
Call for a Custom Quote Today -
1.800.207.6503
COATED UNCOATED
3. Today’s power producers are under more heat and more pressure
than ever before. Staying competitive means your operation has to
run at peak efficiency with as few unscheduled shutdowns or work
stoppages as possible. As demand continues to grow, so do the
demands on your equipment. Preventive maintenance is, undoubtedly,
an integral daily task. Boiler and equipment downtime put all that at
risk… and the reality is it’s a matter of time before you’re faced with
costly outages, restorations or retrofitting of damaged components.
According to the International Energy Agency, slagging incidents cost
the global utility industry approximately several billion dollars a year
in reduced power generation and equipment maintenance. Can your
operation truly afford to shoulder even a fraction of this cost?
Despite their industrial application and heavy-duty appearance, tubes require exacting
care and maintenance. The reason is slag – the fine particulates that build up on tubes
to cause corrosion, erosion, leaks and other failures. Too much slag literally chokes a
boiler by restricting airflow. Once this happens, the specified air-to-fuel ratio no longer
applies, causing fuels burn improperly. And, if the fuel in question has high mineral
content, you also have the added safety challenges caused by clinker formation.
All of this is a normal side effect of generating energy. It happens with coal, low-sul-
phur coals, and alternative fuel sources. In fact, the ash chemistry of alternative fuels
often varies widely from coal, leading to serious problems in the early days of co-com-
bustion. This, coupled with the complex interaction between fuels and equipment,
makes the prediction of slagging and fouling very difficult. Even industry models cannot
foresee slag effects with 100% reliability.
Depending on the demands of your operation, it takes only a short time for slag to take
its toll. Output declines. A tube bursts or cracks. Or, in order to avoid these situations,
you have to schedule an unplanned outage to clear slag using water cannons or even
explosives... just so workers can safely mitigate the problem.
One way or another, you’re forced to address unexpected repairs.
You slow or stop work. You lose money.
»
Defend Against
Slag, Ash and
Volatile Deposits
with Tube Armor
TM
Ceramic Coatings
The Enemy:
Slag Deposits
Since 1996, we’ve seen more than our fair share of shutdowns due to slagging,
corrosion and erosion. And in that time, one thing has become absolutely clear:
minimizing slag and fouling problems ahead of time is crucial to your operation.
But solutions like soot blowers, heat flux sensors and sightglasses only help identify
problems once they are there. Thankfully, there’s Tube Armor – a simple solution that
actively works to prevent deposits from forming – and it can be applied quickly,
during a regularly-scheduled maintenance outage.
Tube Armor helps prevent slag from depositing on tubes and boilers with a proprietary spray-on ceramic coating. It is a non-porous,
non-reactive shield that resists ash, oxidation, erosion, iron sulfide corrosion, sulfur permeation and hazardous chemical byproducts.
Once applied, Tube Armor creates an inert, corrosion-resistant barrier between the slag and the tube surface, and it is heat rated up
to 1800•F. Additionally, Tube Armor also provides exceptional thermal management for lower furnace exit gas temperatures (FEGT),
an ideal benefit for all boilers, but especially those that may be operating at higher-than-designed conditions.
It goes on quickly.
It increases reliability and performance.
It effectively extends the life of your equipment.
It reduces downtime.
You win.
The Whertec Solution: Tube Armor
Besides its desirable characteristics of being non-porous, non-reactive
and thermally resistant up to 1800?F, Tube Armor also delivers the
unbeatable benefit of quick application.
We begin by grit blasting down to white metal. Then, after preparing
the surface, Tube Armor is applied one coat at a time until the
recommended or desired thickness has been met. The convenient
spray-on delivery system allows us to cover up to 20,000 square feet
in a single shift, making it an ideal task to perform during scheduled
maintenance outages.
Afterwards, Tube Armor will actually assist in your day-to-day
maintenance efforts. The most noticeable, of course, being the
enhanced output of your facility. At the same time, you’ll also be
enjoying safer working conditions due to a reduced risk of falling
slag deposits and clinker build up. Inspection teams also benefit
with better visibility on coated surfaces thanks to Tube Armor’s
distinctive green color, designed to offer high-contrast against
even small amounts of surface deposits.
Safe. Smart. Swift.
The Tube Armor Process
TUBE ARMOR IS PROVEN EFFECTIVE ON:
PULVERIZED-COAL-FIRED BOILERS
CIRCULATING FLUIDIZED BED BOILERS
WASTE-TO-ENERGY BOILERS
WASTE HEAT UNITS
SUPERHEATER AND/OR REHEAT TUBES
AIR PREHEATER BASKETS
BACK PASS AREAS
BURNERS
NOSE-ARCH AND SLOPE TUBES
WATER WALLS
CHUTES AND DUCTS
TUBE ARMOR CERAMIC COATINGS OFFER:
» Protection against slag build-up, deposits
and friction
» Longer service life of your equipment
» Non-reactive sealing of exposed surfaces
» Better heat transfer than typical
protective coatings
» Fast, on-site application of up to 20,000
square feet in a single day
» Enhanced fuel consumption rates
» Customized formulas and thicknesses
up to 20 mils
» Reduction in emission of CO2, NOx
and particulates
» Reduces reflective fly ash adhesion
(PRB coal)
Call for a Custom Quote Today -
1.800.207.6503
COATED UNCOATED
4. Power.
WHERTEC’S COMPETITIVE ADVANTAGES
Dedicated Safety Management
Advanced Equipment Technology
Trained and experienced Personnel
Detailed Application Procedures
Quality Control and Assurance
Detailed On-Site Documentation and Reports
Call for a Custom
Quote Today -
1.800.207.6503
www.whertec.com
1543 Kingsley Avenue, Building 6
Orange Park, Florida 32073
FAX 904.213.8126
Since 1996, Whertec, Inc. has been dedicated to providing specialized thermal coatings
to protect metal substrates against erosion and corrosion for companies who have
boilers and pressurized vessels. Our purpose is to provide superior, comprehensive
services and resources to assure our clients achieve maximum operational utilization.
Whertec provides services across the U.S. and Canada.
Defend Your